Multi-team project working to understand connectivity among seabird communities at the scale of the Western Indian Ocean, and also more locally within the Chagos Archipelago:

The Seabird Connectivity in the Western Indian Ocean project assesses how breeding colonies of six ecologically contrasting seabird species are connected within the Western Indian Ocean by establishing the rate of gene flow between colonies. This will identify discrete ‘conservation or management units’. The team are also exploring what encourages the birds to move to other islands. Lead investigators: Dr. Malcolm Nicoll (Zoological Society of London), Dr. Matthieu le Corre (Université de la Réunion).

The Seabird Connectivity in the Chagos Archipelago project focusses on red-footed boobies (Sula sula) and wedge-tailed shearwaters (Ardenna pacifica). It combines observations of seabird movement and ecology together with data obtained from echosounders of the bird's fish prey, oceanography and terrestrial habitat maps to determine what drives the movement of these seabird species on land and at sea. Lead investigator: Dr. Steve Votier, Heriot Watt University.
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Comma Separated Values - 908.2 MB - MD5: 5c153c9c868e0f53820dda95dda3c9a9
Comma Separated Values - 446.9 MB - MD5: be1356d1aa354aeb1040d8bca4b50146
Comma Separated Values - 921.9 MB - MD5: 987fae4feb0a5443487e7c9f73e52f57
Comma Separated Values - 621.9 MB - MD5: e743e498584c1652cf6cc9b4e098bdba
Comma Separated Values - 459.6 MB - MD5: 051b766e496ce3fba067a3b21b4683ae
Comma Separated Values - 1.0 GB - MD5: 1764e40e690ca17eed4dd654018ad252
Comma Separated Values - 894.6 MB - MD5: 805ea0a123547bd9d82bc2fd54821a5c
Jun 22, 2025
Dunn, Ruth E.; Freeman, Robin M.; Nicoll, Malcolm A.; Trevail, Alice M.; Votier, Stephen C., 2025, "Seabird Tracking Data: Red-Footed Booby Bird-Bourne Video Data", https://doi.org/10.7910/DVN/U0BGFJ, Harvard Dataverse, V2
Footage recorded via bird-borne video cameras on the backs of red-footed booby (Sula sula) adults during the breeding season, while undertaking central-place foraging trips. Data collected using DVL400M Little Leonardos from two individuals at Nelson’s Island (5.68° S, 72.32° E) in the Chagos Archipelago in January 2024. Cameras were programmed to...
ZIP Archive - 13.1 GB - MD5: f33471d62428eb0be5117731bae7b611
Two sub-folders for the two individuals, each containing 7-10 videos that are approximately 30 minutes in length.
Jun 21, 2025
Freeman, Robin; Dunn, Ruth; Nicoll, Malcolm; Trevail, Alice; Votier, Stephen; Wood, Hannah, 2025, "Data for "Deep neural networks to predict foraging behaviour: salt-water immersion data can accurately predict diving in seabirds"", https://doi.org/10.7910/DVN/GHWM5U, Harvard Dataverse, V1
Dataset for the paper "Deep neural networks to predict foraging behaviour: salt-water immersion data can accurately predict diving in seabirds" by Swaby et al. This dataset was collected from Axytrek GPS/dive/accelerometer loggers on the backs of adult red-footed booby (Sula sula) during the central place foraging from Barton Point, Diego Garcia (-...
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